71 results about "Visual query" patented technology

Methods, systems, and computer program products, implementing techniques for visual query modeling. In one aspect, the techniques include displaying in a web browser a visual model of a database, the visual model including one or more graphical objects representing one or more tables in the database and relations between the tables, receiving in the web browser user input creating a visual model of a query into the database, and generating code for the query based on the visual model of the query.

A method of marketing customized clothing to a user via a virtual storefront including accessing the virtual storefront via an electronic interface, providing a selection of a type of clothing article to be customized from the user via the virtual storefront, providing a selection of at least one feature of the clothing article from the user, receiving an audio / visual query to prompt the user for at least one body measurement, and providing from the user at least one body measurement in response to the query, whereby the at least one body measurement is converted to finished measurements for the clothing article.

Methods and apparatus are provided for integrating a visual query interface and a natural language interface. The disclosed interface embeds a first of the visual query interface and the natural language interface into a second of the visual query interface and the natural language interface. The disclosed interface can also receives one or more natural language expressions in the natural language interface and one or more visual query expressions in the visual query interface in a same search turn. The disclosed interface can also receive a first query comprised of a first of a natural language query and a visual query; process the first query; and creates a substantially equivalent query to the first query in a second of the natural language query and the visual query The disclosed interface can process a natural language query to determine if a portion of the natural language query is not understood; and convert at least a portion of the natural language query to a visual query.

The invention discloses an industrial big data processing system based on an artificial intelligence algorithm. The invention belongs to the technical field of industrial data processing. The supportbased on an artificial intelligence algorithm can be realized; industrial equipment information is acquired offline; useless information is removed after preprocessing; useful data information and simple integration processing are realized; a proper artificial intelligence algorithm is selected for processing according to the data type; then, the information is uploaded to a cloud server after security encryption; data processing and analysis are carried out by utilizing the strong computing power and computing speed of the cloud server; decision support is provided for industrial production;reasonable, scientific and efficient production and processing by utilizing industrial equipment are facilitated; the industrial data processing and analyzing speed and precision can be rapidly improved, a large amount of industrial data query and analysis can be achieved, an existing industrial production mode is effectively improved through rear remote centralized processing and front visual query, and industrial intellectualization and Internet of Things development are protected.

The invention discloses a heterogeneous data source visual query method. A user selects a query range on a foreground visual interface; whether the selected data source is loaded into a presto clusteror not is judged; if the selected data source is not loaded to the presto cluster, a to-be-loaded data source is added in the presto cluster; a query statement is sent to the presto cluster, and query is completed within the selected query range; detecting whether a plug-in required by a to-be-loaded data source is a built-in data source plug-in in a preload cluster, and if so, dynamically loading a configuration file in a calog folder by the preload cluster; And if not, creating the plug-in of the to-be-loaded data source, putting the plug-in into a Preto cluster, loading the configuration file in the calog folder, and completing the loading of the data source. According to the method, different data source basic information is configured, operation of a graphical interface is adopted, adata source is dynamically loaded, and query of a presto-based heterogeneous data source is achieved.

The invention discloses a method for supporting continuous LOD drawing of a GIS (Geographic Information System) line object and a surface object, which comprises the following steps of: initializing a spatial index by taking a point region quadtree as a prototype, and constructing a hierarchical code through range intersection query according to a hierarchical heavy-load index node of the spatial index and an access function of data; the method comprises the following steps: independently constructing a trapezoidal grid of surface elements, improving an algorithm, iteratively calculating the weight of each node, inputting the weight as incremental data into a database, and constructing an element data structure containing weight values; querying incremental data from a database according to information such as a topological relation between a node bounding box and a visual query window, a pixel scale and the like, and carrying out simplification or accumulative simplification on nodes; for a line, subdividing and rendering line elements from two parts of a line segment main body and a corner pattern; and for a surface, splitting the trapezoidal grid into trapezoidal chains by using a backbone trapezoid, and simplifying and rendering surface elements under the trapezoidal grid structure. According to the method, continuous LOD high-performance drawing of the line elements and the surface elements in the vector map can be realized.

A process is disclosed for retrieving information in large heterogeneous data bases, wherein information retrieval through visual querying / browsing is supported by dynamic taxonomies; the process comprises the steps of: initially showing (F1) a complete taxonomy for the retrieval; refining (F2) the retrieval through a selection of subsets of interest, where the refining is performed by selecting concepts in the taxonomy and combining them through boolean operations; showing (F3) a reduced taxonomy for the selected set; and further refining (F4) the retrieval through an iterative execution of the refining and showing steps.

The invention provides a Web query framework. The Web query framework comprises a data source configuration module used for configuring a to-be-queried data source, a data set configuration module used for creating a data set subject containing predetermined parameters according to the data source, a filter configuration module used for generating query conditions according to the predetermined parameters and configuring query condition control types and a dependency relationship to generate a filter, and a query form configuration module used for configuring a visual query panel according to the selected filter. According to the framework, the need of quickly constructing the data query framework and flexible business demands can be met.

The invention discloses a data visual query language system. The system comprises a DVL builder, a DVL analysis engine module and a data analysis engine module, wherein the DVL builder builds a DVL statement by a user operation model and a data model; the DVL builder is connected with a data model module, an operation model module and a DVL grammar rule module; the DVL analysis engine module is connected with the DVL builder to analyze the DVL statement to obtain executive plan trees of executive sub-processes; the data analysis engine module executes the executive plan trees of the executive sub-processes one by one according to an executive sequence, and fuses graphic information and data information to generate a graphic data model; and obtained graphic data is transmitted to a visual engine module, and the visual engine module renders the graphic model data into a BI chart visible for a user. According to the system, front-end visual chart display and a back-end data analysis process of the system are subjected to DVL-level isolation, so that complete decoupling of graphic display and back-end data processing is realized and a language-level standard data visual interface can be provided for outside.

A method for generating a query of a genomic data store includes receiving, by a query generator executing on a computing device, from a graphical user interface, an identification of a first entity of a first entity class for inclusion in a resource description framework (RDF) query. The method includes receiving from the graphical user interface, an identification of a second entity of the first entity class, the second entity having a bi-directional relationship with the first entity. The method includes automatically generating an RDF query based upon the received identification of the first entity and the received identification of the second entity. The method includes executing the RDF query to select, from a plurality of genomic data sets, at least one genomic data set for at least one patient cohort. The method includes providing a listing of genomic data sets resulting from executing the RDF query.